Publication

Design and Implementation of an On-line Monitoring System of IM Based on MCSA and Vibrations(Bearings and Eccentricity Faults)Omar K. Alazzawi, Isam M. Abdulbaqi,  Abdulrahim Thiab Humod  Accepted 1 November 2016; Published 5 November 2016 Journal of Applied Sciences Research (H index 16) Journal impact 2015/2016= 0.22

http://www.scimagojr.com/journalsearch.php?q=17600155105&tip=sid

Application of FEM to Provide the Required Database for MCSA Based On-line Fault Detection System on 3-phase Induction Motor using ANSYS Maxwell2D Isam M. Abdulbaqi, Abdulrahim Thiab Humod, Omar K. Alazza   Accepted 1 November 2016; Published 20 November 2016 ADVANCES in NATURAL and APPLIED SCIENCES (H index 16 Journal impact 2015/2016= 0.34

http://www.aensiweb.com/anas.html

Design and Implementation of an On-line Diagnosis System of IM Electrical FaultsUsing MCSA and ANN Based on LabView Isam M. Abdulbaqi, Abdulrahim Thiab Humod, Omar K. Alazzawi Published 10(16) November 2016, Pages: 223-240 AUSTRALIAN JOURNAL OF BASIC AND APPLIED SCIENCES. (H index 22), Journal impact 2015/2016= 0.23

http://www.ajbasweb.com/

Bearing fault detection of induction motor using ANN based in LabVIE Isam M. Abdulbaqi, Abdulrahim Thiab Humod, Omar K. Alazzawi International Journal of Scientific & Engineering Research (IJSER), Volume 7, Issue 5, May-2016 Journal impact 2015/2016= 0.18

THE MAGNETIC FIELD STUDY OF A FINITE SOLENOI A.   K. Al-Shaikhli, Fatima H., Omar K., Fadhil A., Lina J.Circuits and Systems, 2013

Lectures

No.	Subjects	Lectures	Stage	File	Video
1	Power Systems IV	LOAD FLOW ANALYSIS	Fourth
2	Power Systems IV	Power Flow Equation	Fourth
3	Power Systems IV	SYSTEM MODEL FOR LOAD FLOW STUDIES	Fourth
4	Power Systems IV	The G-S Algorithm	Fourth
5	Power Systems IV	Example 1:	Fourth
6	Power Systems IV	Newton-Raphson Method for Power Flow Solution	Fourth
7	Power Systems IV	Power System Stability	Fourth
8	Power Systems IV	Methods for Improving Steady State Stability Limit	Fourth
9	Power Systems IV	Example:	Fourth
10	Power Systems IV	The equal –Area stability criterion:	Fourth
11	Power Systems IV	Example (2)	Fourth
12	Power Systems IV	Power System Protection	Fourth
13	Power Systems IV	Logical design of relays	Fourth
14	Power Systems IV	Transducer 2	Fourth
15	Power Systems IV	Transducer	Fourth
16	Power Systems III	References + Introduction	Fourth
17	Power Systems III	Analysis Of A Power System In Per Unit:	Fourth
18	Power Systems III	Nodal Analysis	Fourth
19	Power Systems III	Fault	Fourth
20	Power Systems III	Short-circuit Capacity (SCC) or Short-circuit MVA	Fourth
21	Power Systems III	Examples 2	Fourth
22	Power Systems III	Symmetrical Components	Fourth
23	Power Systems III	Examples	Fourth
24	Power Systems III	Sequence Impedances and Sequence Networks	Fourth
25	Power Systems III	Sequence Impedances of Transmission Lines	Fourth
26	Power Systems III	Examples	Fourth
27	Power Systems III	Unbalanced Faults	Fourth
28	Power Systems III	Line-To-Line Fault (L-L Fault):	Fourth
29	Power Systems III	Double Line-To-Ground Fault (L-L-G fault)	Fourth
30	Power Systems III	HW	Fourth
31	AC Electrical Machines I	Introduction	Third
32	AC Electrical Machines I	Skewing effect	Third
33	AC Electrical Machines I	General Principle	Third
34	AC Electrical Machines I	Referred Values	Third
35	AC Electrical Machines I	Power and Energy Diagram	Third
36	AC Electrical Machines I	Motor Circle Diagram	Third
37	AC Electrical Machines I	Maximum Torque	Third
38	AC Electrical Machines I	Ratio of Starting To Rated Torque	Third
39	AC Electrical Machines I	Starting Methods for Induction Motors	Third
40	AC Electrical Machines I	Speed Control of Induction Motor	Third
41	AC Electrical Machines I	Single-Phase Motors	Third
42	AC Electrical Machines I	Applications	Third
43	AC Electrical Machines I	Cross-field theory	Third
44	AC Electrical Machines I	Making Single-Phase Induction Motor Self-Starting	Third
45	AC Electrical Machines I	Capacitor induction Motor	Third
46	AC Machines II	Introduction	Third
47	AC Machines II	Construction of Synchronous Machines	Third
48	AC Machines II	DIFFERENCE BETWEEN SALIENT AND CYLINDRICAL TYPE OF	Third
49	AC Machines II	Synchronous Generator (Alternator)	Third
50	AC Machines II	Constructional Element	Third
51	AC Machines II	Energy Diagram	Third
52	AC Machines II	Parallel operation of alternator	Third
53	AC Machines II	Synchronous Motors	Third
54	AC Machines II	Synchronous Condenser	Third
55	AC Machines II	Transformers	Third
56	AC Machines II	E.M.F Equation of a Transformer	Third
57	AC Machines II	8 Phasor Diagram for A Transformer on Load:	Third
58	AC Machines II	Simplification of The Approximate Equivalent Circu	Third
59	AC Machines II	Open Circuit or No-Load Test	Third
60	AC Machines II	Transformers in Three-Phase Circuits	Third
61	AC Machines II- LAB	Exp#1: Connection, Rotational direction test and n	Third
62	AC Machines II- LAB	Exp#2: load Characteristics of Synchronous Generat	Third
63	AC Machines II- LAB	Exp#3: Mains synchronization and control character	Third
64	AC Machines II- LAB	Exp#3: Mains synchronization and control character	Third
65	AC Machines II- LAB	Exp#5: Connection & Rotational direction test	Third
66	AC Machines II- LAB	Exp#6: Connection & Rotational direction test	Third
67	AC Machines II- LAB	Exp#7:V curves of the Synchronous Motor	Third
68	AC Machines II- LAB	Exp#9:Open circuit & Short circuit test on Sin	Third
69	AC Machines II- LAB	Exp#10: Polarity Marking & Conversion of TwoWi	Third
70	AC Machines II- LAB	Exp#11: Back To Back Test On SinglePhase Transform	Third
71	AC Machines II- LAB	Exp#12: Back To Back Test On Single Phase Transfor	Third
72	AC Machines II- LAB	Regulation & Efficiency of ThreePhase	Third
73	AC Machines II- LAB	Exp#14: SCOTT. Connections of Transformer	Third
74	Power Systems III	References	Fourth
75	Power Systems 4	References	Fourth
76	AC Electrical Machines I	References	Third
77	AC-Machine	Introduction	First

Other